 | Ratings: 1/4 to 5 HP at 230 VAC,
1/4 to 5 HP at 460 VAC |
 | Constant torque overload rating: 150% for 1 min. (200% peak) |
 | DC injection braking, ramp to stop |
 | Electronic reversing |
 | Adjustable accel/decel: 0.1 to 600 seconds |
 | Controlled speed range: 40:1 |
 | Torque limiting circuit: 30-200% of rated |
 | Drive efficiency: 95% |
 | Displacement power factor: 0.98 |
 | Output frequency: 0.1 to 400 Hz |
 | Frequency resolution: 0.1 Hz with digital reference 0.06 /60 Hz with analog reference |
 | Frequency accuracy (-10 to 40 C): 0.01 % with digital command
0.1% with analog command |
 | Volts / hertz ratio: infinitely adjustable pattern |
 | DC injection braking: adjustable amplitude, duration, current limited |
 | Torque boost: full range, auto |
 | Power loss ride-thru: 1 sec |
 | Speed search |
 | Auto restart |
 | Critical frequency rejection |
 | 16-bit microprocessor logic |
 | LED status display |
 | Programmable form C contacts for customer use: 1A at 250 VAC or 30 VDC |
 | 24 VDC control logic |
 | Carrier frequency: 2.5-15 kHz |
 | Multi-speed settings: 5 (2-wire), 4 (3 wire) |
 | Remote speed reference: 0 -10 VDC (20K ohms) or 4 -20 mA (250 ohms) |
 | Signal follower: bias and gain |
 | Analog monitor output: 0-10 VDC proportional to output frequency or current |
 | Over 50 programmable functions |
 | NEMA 1 enclosed |
 | UL listed-, CSA approved; IEEE STD 444 (ANSi-C343); IEC: 146A |
 | Fully EMC compliant when optional FIR filter connected |
 | MTBF: exceeds 28 years |
 | Digital keypad operator |
 | Remote operator's station |
 | Pressure to electrical transducer |
 | Dynamic braking resistor |
 | Input circuit breaker / disconnect |
 | Line bypass with magnetic contactors |
 | Master ratio module, voltage input |
 | PID controller module |
 | Set point controller module |
 | V / I converter module |
 | 24 VDC control input card |
 | 115 VAC control input card |
 | Analog speed input card |
 | Remote interface panel (provides RS232 port) |
 | Din Rail Kit |
 | Enclosures: NEMA 1, 4 and 12 |
 | Serial Communications choices
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